CNC Manufacturing Engineer - Build the Future of Advanced Manufacturing
Hawthorne, California | On-site
Opportunity Summary
A venture-backed advanced manufacturing startup is developing next-generation production technologies that enable faster, higher-quality fabrication of complex engineered components. The team is focused on solving longstanding manufacturing challenges through innovative processes that improve performance, scalability, and production efficiency across aerospace, defense, energy, and industrial applications. As a CNC Manufacturing Engineer, you will play a hands-on role in machining high-precision tooling, molds, fixtures, and prototype components that support both product development and production efforts. This position offers the opportunity to own machining operations from programming through finished part delivery while working closely with engineers to improve manufacturability and production readiness. The role is ideal for someone who enjoys operating at the intersection of design, manufacturing, and shop-floor execution.
About Us
We are an early-stage manufacturing technology company focused on transforming how advanced engineered products are designed and built. Our team combines expertise in engineering, automation, and production systems to develop scalable manufacturing solutions for demanding industries. We move quickly, value ownership, and prioritize practical execution that delivers measurable results.
Job Duties
Program, set up, and operate CNC machining equipment to manufacture molds, tooling, fixtures, and prototype componentsOwn machining projects from CAM programming through final part completionProduce high-precision components while meeting aggressive development and production schedulesCollaborate closely with engineering teams to provide manufacturing feedback and improve design-for-manufacturing outcomesSelect and optimize tooling, cutting strategies, and machining processes for a variety of materialsSupport tooling development, repair, maintenance, and continuous improvement effortsAssist with shop capacity planning, material procurement, and tooling standardization initiativesDevelop and maintain CAM workflows, templates, and fixturing approaches to improve repeatability and efficiencyMaintain equipment calibration and support overall machine uptimeCommunicate project status, manufacturing risks, and schedule impacts clearly across teamsContribute to a safe, organized, and professional manufacturing environmentQualifications
Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, or a related technical discipline, or equivalent practical experience2+ years of CNC machining experienceExperience operating CNC mills and lathesProficiency with CAD/CAM software such as Fusion 360, Mastercam, Onshape, or similar platformsAbility to interpret CAD models, engineering drawings, GD&T requirements, and manufacturing specificationsStrong attention to detail and commitment to producing high-quality workEffective communication and collaboration skillsU.S. Person status in accordance with applicable export control regulationsPreferred Experience
Mold-making experienceHigh-precision machining experienceComplex 3D surfacing and advanced CAM programmingPrototype development or low-volume manufacturing environmentsComposite tooling or advanced materials manufacturingExperience developing machining standards, templates, or scalable production workflowsExposure to production planning, machine utilization, or manufacturing operations managementWhy Join Us
Opportunity to help scale a breakthrough manufacturing technology from early development into productionDirect ownership over critical manufacturing processes and tooling developmentHigh visibility across engineering and manufacturing teamsExposure to advanced manufacturing methods and emerging technologiesClear growth opportunities into machine planning, capacity planning, and manufacturing leadership rolesFast-paced startup environment where individual contributions have immediate impactCompensation Details
$90,000 - $125,000
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Electrical Engineer - Develop High-Energy Aerospace Systems from Concept to Test
Alameda, CA | On-site
Opportunity Summary
A venture-backed aerospace startup is developing advanced hardware platforms designed to support the future of space and national security technologies. Working at the intersection of high-energy systems, controls, electronics, and large-scale integrated hardware, the team is solving complex engineering challenges that require rapid iteration, hands-on testing, and close collaboration across multiple technical disciplines. As a Lead Electrical Engineer, you will own the design, development, and validation of critical electrical systems supporting a highly integrated aerospace platform. This role combines system architecture, hardware development, testing, and cross-functional integration, providing the opportunity to influence products from early concept through deployment. You will play a key role in helping scale both the technology and the engineering organization as the company grows.
About Us
We are a seed-stage aerospace company building advanced hardware systems for commercial and government applications. Backed by venture funding and supported by active government contracts, we are developing next-generation technologies that require deep expertise across electrical, mechanical, software, and aerospace engineering. Our team values technical excellence, rapid execution, and hands-on problem solving, with a strong focus on building and testing real hardware.
Job Duties
Lead the design, development, and qualification of electrical systems for a complex aerospace platformDefine and own electrical architecture across multiple integrated subsystemsDesign schematics, develop PCB layouts, and select components for mission-critical hardwareDevelop power distribution, control, sensing, telemetry, and data acquisition systemsSupport hardware integration, testing, and validation activities in laboratory and field environmentsCollaborate with software, mechanical, fluids, and aerospace engineers to ensure seamless system integrationTroubleshoot hardware issues, perform root-cause analysis, and drive corrective actionsDevelop and execute test plans to validate system performance and reliabilityCreate and maintain technical documentation including design packages, interface specifications, test procedures, and reportsSupport system-level integration efforts and contribute to key technical decisions throughout developmentImprove system performance, reliability, manufacturability, and operational readinessParticipate in design reviews and contribute to long-term product and architecture planningQualifications
Bachelor's degree in Electrical Engineering or a related technical discipline5+ years of professional electrical engineering experienceExperience designing, developing, and testing electronic hardware systemsStrong understanding of schematic capture, PCB design, and component selectionExperience working with embedded systems and microcontroller-based hardwareAbility to debug and troubleshoot complex electrical systemsProficiency using laboratory equipment such as oscilloscopes, multimeters, power supplies, and logic analyzersStrong analytical and problem-solving skillsExcellent communication skills and ability to collaborate within multidisciplinary engineering teamsComfortable working in a fast-paced hardware development environmentPreferred Experience
Experience with PCB design tools such as Altium Designer, KiCad, or similar platformsFamiliarity with embedded firmware development and debuggingExperience with power electronics, high-voltage systems, or high-power electrical architecturesKnowledge of analog and mixed-signal circuit designFamiliarity with EMC/EMI design principles and testing methodologiesExperience developing telemetry, instrumentation, or data acquisition systemsBackground in aerospace, defense, robotics, energy, automotive, or other complex hardware industriesExperience supporting prototype development, qualification testing, and field operationsPrior experience within startup or rapidly scaling engineering organizationsWhy Join Us
Help develop advanced aerospace technologies with real-world impactWork on challenging engineering problems that span multiple technical disciplinesOwn meaningful portions of hardware development from concept through deploymentJoin a seed-stage company with active government customers and significant growth potentialGain broad technical exposure and influence across the organizationWork alongside a highly collaborative team focused on building and testing real hardwareOpportunity for increased technical leadership and responsibility as the company scalesCompensation Details
$140,000 - $200,000
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Read LessSoftware Engineer - Build the Data Backbone for Advanced Test and Launch Systems
Alameda, CA | On-site
Opportunity Summary
A venture-backed aerospace and defense startup is developing advanced flight and launch technologies that require high-fidelity data collection, analysis, and operational insight. As testing activity expands and system complexity increases, reliable data infrastructure becomes a critical part of engineering execution. We are seeking a Software Engineer to own the backend systems that collect, process, store, and visualize data generated across hardware development and test operations. This role will have direct responsibility for building the internal tools and infrastructure that transform raw sensor outputs into actionable engineering insights. The systems you create will be used daily by engineering teams both in the lab and during field testing.
About Us
We are an early-stage hardware company focused on developing next-generation aerospace and defense systems. Our team operates in a highly iterative environment where hardware and software evolve together through rapid testing and development cycles. We value practical problem solving, ownership, and close collaboration across engineering disciplines.
Job Duties
Design and maintain end-to-end data infrastructure connecting embedded hardware systems to backend databases and visualization toolsDevelop scalable backend services for ingesting, processing, and serving telemetry, sensor, and operational test dataBuild and maintain databases optimized for time-series data, event logging, and system telemetryCreate internal dashboards and software tools for real-time monitoring and post-test analysisDevelop APIs and data interfaces that connect hardware systems, databases, and user-facing applicationsWork closely with electrical, mechanical, and test engineers to define data requirements and instrumentation strategiesImprove system performance through optimization of data ingestion, buffering, concurrency, compression, and communication protocolsIdentify and resolve scaling challenges as sensor networks and data volumes growDefine and maintain data schemas, interface specifications, and technical documentationSupport engineering teams by ensuring data is accessible, accurate, and actionable throughout development and testing activitiesQualifications
Bachelor's degree in Computer Science, Software Engineering, or a related technical field3+ years of experience developing backend software, data infrastructure, or internal engineering toolsStrong programming experience with PythonExperience designing and managing SQL, time-series, or similar database systemsExperience building backend services, APIs, and data processing workflowsKnowledge of data ingestion pipelines, buffering, queuing, and high-throughput systemsFamiliarity with multithreading, concurrency, and performance optimization techniquesAbility to collaborate effectively with multidisciplinary engineering teamsStrong communication and technical documentation skillsPreferred Experience
Experience with C, C++, or other systems programming languagesExperience working with telemetry, sensor, or hardware-generated dataFamiliarity with InfluxDB, TimescaleDB, or similar time-series database platformsExperience supporting laboratory, test, research, or prototype development environmentsExposure to aerospace, defense, robotics, or other complex hardware systemsWhy Join Us
Comprehensive medical and dental coverage401(k) program with company matchingPaid time off and paid sick leaveEquity participation opportunitiesProfessional development supportOpportunity to work directly on mission-critical systems in a fast-growing startup environmentHigh ownership and visibility across engineering effortsCompensation Details
$140,000 - $180,000
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Principal Aerospace Engineer - Fixed-Wing UAS Design and Production
Fort Worth, Texas | On-site
Opportunity Summary
A venture-backed aerospace and defense startup developing advanced unmanned aircraft systems is seeking a Principal Aerospace Engineer to lead fixed-wing aircraft design efforts across development, flight validation, and production readiness activities. Backed by active government programs and early customer engagement, the company is focused on building scalable air vehicle platforms capable of rapid iteration, manufacturability, and operational deployment. This is a principal-level technical leadership role responsible for major air vehicle design decisions spanning conceptual development, aerodynamic configuration, structural integration, and production-aligned engineering execution. The engineer will help guide aircraft architecture from early concepts through prototype and production configurations while balancing performance, manufacturability, structural integrity, and mission requirements. The position is highly hands-on and ideal for someone experienced operating in fast-paced aerospace environments where engineering decisions directly influence flight capability, manufacturability, and long-term platform scalability.
About Us
We are an early-stage aerospace and defense company building advanced unmanned aircraft systems for government and commercial applications. The team operates in a highly collaborative engineering environment focused on rapid aircraft development, scalable manufacturing, and mission-driven system performance. Engineers work closely across disciplines to bring production-capable aerospace platforms from concept through testing and operational deployment.
Job Duties
Lead fixed-wing aircraft design activities including air vehicle configuration, aerodynamic layout, structural integration, and mass properties developmentOwn major aircraft trade studies related to payload integration, endurance, range, manufacturability, and overall system performanceTranslate mission requirements into executable aircraft architectures and technical design baselinesSupport conceptual aircraft sizing studies, performance analysis, and configuration down-select activitiesLead or oversee structural design efforts including material selection, load paths, joint concepts, and primary airframe architectureCoordinate with analysis and manufacturing teams to ensure designs support scalable production and assembly efficiencyDrive design maturity from early prototype configurations through production-ready aircraft systemsSupport engineering release activities, configuration management, and production readiness reviewsWork closely with manufacturing, avionics, systems engineering, supply chain, and quality teams to resolve design and producibility issuesSupport ground and flight test planning, execution, and post-test design validation activitiesInvestigate test findings and implement corrective design improvements based on flight and hardware dataMentor junior engineers and provide technical leadership across multidisciplinary engineering teamsSupport future platform definition, proposal efforts, and long-term technical roadmap planningQualifications
10+ years of aerospace engineering experience with direct fixed-wing aircraft or unmanned aircraft system experienceStrong background in aircraft configuration development, aerodynamic design, or aerospace structural designExperience owning major air vehicle design decisions from concept through prototype and production phasesFamiliarity with manufacturability-driven aerospace design and production-aligned engineering practicesExperience supporting rapid aerospace development and iterative hardware programsStrong first-principles engineering capability and technical decision-making judgmentBachelor’s degree in Aerospace Engineering or related technical disciplineAbility to travel to test sites, production facilities, and customer locations as neededStrong communication and cross-functional technical leadership skillsPreferred Experience
Master’s degree in Aerospace Engineering or related fieldExperience with aluminum or composite aerospace structuresFamiliarity with aircraft loads development, structural validation, or airworthiness processesExperience supporting rapid flight test campaigns or operational aerospace programsExposure to design-to-cost initiatives and scalable aerospace manufacturing environmentsExperience supporting missionized aerospace platforms or government-funded development programsWhy Join Us
Opportunity to help define next-generation unmanned aircraft systems from early development through productionPrincipal-level ownership with direct influence on aircraft architecture, performance, and manufacturabilityExposure to rapid aerospace development, flight testing, and scalable production environmentsCollaborative engineering culture centered around real hardware execution and technical problem solvingEarly-stage environment with significant technical ownership, visibility, and long-term growth opportunityCompensation Details
$160,000 - $195,000
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Lead Mechanical Engineer - Aerospace Structures and Manufacturing Systems
Fort Worth, Texas | On-site
Opportunity Summary
A fast-growing aerospace and defense company developing advanced unmanned aircraft systems is seeking a Lead Mechanical Engineer to support the design, development, and manufacturing transition of next-generation aerospace hardware. This role will focus heavily on mechanical design execution, design for manufacturing, assembly optimization, and manufacturable aerospace structures across both prototype and production environments. The engineer will work across product development and manufacturing teams to ensure hardware is designed with scalability, repeatability, and efficient fabrication in mind from the beginning. While production support remains an important part of the role, the primary focus is driving strong engineering ownership around manufacturable mechanical systems, tooling integration, assembly methodologies, and practical hardware execution. This is a highly hands-on role suited for someone comfortable owning hardware from early concept development through release into manufacturing and long-term production scale-up.
About Us
We are an early-stage aerospace and defense company building advanced aircraft systems designed for rapid deployment and scalable manufacturing. Our engineering team works closely across design, manufacturing, quality, and operations to develop flight-ready hardware capable of transitioning efficiently from prototype builds into repeatable production environments.
Job Duties
Lead mechanical design efforts across aircraft structures, assemblies, integrated subsystems, and production-support hardwareDrive design for manufacturing initiatives focused on simplifying fabrication, improving assembly efficiency, and reducing production complexityDevelop mechanical components, tooling concepts, fixtures, and manufacturing-support designs for aerospace hardware programsCollaborate closely with manufacturing, quality, and supply chain teams to ensure designs translate efficiently into production environmentsSupport prototype development, first article builds, and manufacturing release activitiesCreate and maintain engineering documentation including drawings, tolerances, BOMs, assembly procedures, and manufacturing instructionsEvaluate and improve manufacturability of machined, composite, sheet metal, and precision aerospace componentsResolve tolerance stack-up, fitment, assembly, and integration issues throughout development and build activitiesSupport production readiness efforts, process validation, and manufacturing transition planningContribute to continuous improvement efforts related to assembly flow, tooling effectiveness, cost reduction, and production efficiencyPartner with cross-functional engineering teams to balance design intent, performance, manufacturability, and long-term scalabilityProvide hands-on engineering support directly on the manufacturing floor during build, integration, and troubleshooting activitiesQualifications
7+ years of experience in mechanical engineering, aerospace structures, manufacturing engineering, or related hardware-focused environmentsStrong background designing aerospace structures, integrated mechanical systems, or complex electromechanical hardwareDemonstrated experience applying design for manufacturing principles within aerospace or advanced hardware programsHands-on experience supporting machining, tooling, composites, precision assemblies, or manufacturing process developmentExperience transitioning hardware from prototype development into scalable manufacturing environmentsStrong understanding of GD&T, tolerance analysis, assembly methods, and mechanical integration practicesProficiency with 3D CAD design and engineering release workflowsBachelor’s degree in Mechanical Engineering or related technical disciplineComfortable working directly with hardware, technicians, suppliers, and manufacturing teams in fast-paced development environmentsStrong communication, technical leadership, and cross-functional collaboration skillsPreferred Experience
Experience supporting unmanned aircraft systems, aerospace vehicles, or defense hardware programsBackground working within prototype-heavy or rapid iteration engineering environmentsFamiliarity with aerospace configuration management and controlled engineering documentationExperience supporting composite structures, aerospace tooling, or integrated assembly systemsExposure to low-rate production, manufacturing scale-up, or production system developmentExperience balancing engineering performance requirements with practical manufacturing constraintsWhy Join Us
Opportunity to lead mechanical design efforts on advanced aerospace platforms entering scaled manufacturingHigh ownership role with direct involvement across engineering, manufacturing, and hardware executionExposure to rapid aerospace development cycles and next-generation aircraft systemsCollaborative, highly technical environment focused on practical hardware development and iterationEarly-stage opportunity with strong long-term growth potential and technical influenceCompensation Details
$150,000 - $190,000
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Principal Mechanical Engineer - Fixed-Wing UAS Launch Systems
Fort Worth, Texas | On-site
Opportunity Summary
A venture-backed aerospace and defense startup developing advanced fixed-wing unmanned aircraft systems is seeking a Principal Mechanical Engineer to lead the architecture, design, and deployment of next-generation launch systems supporting runway-independent operations. Backed by active government programs and focused on rapidly deployable aircraft platforms, the company is building scalable systems designed for operational flexibility, field reliability, and manufacturable production. This is a principal-level individual contributor role with full ownership over launch system development across concept definition, mechanical architecture, actuation methods, field deployment strategy, and production readiness. The engineer will evaluate and develop launch approaches including pneumatic, hydraulic, rail, catapult, and bungee-assisted systems depending on mission requirements, aircraft configurations, and operational environments. The role requires deep hands-on engineering capability across mechanical design, structural systems, fluids, dynamic loading, and hardware integration while balancing portability, repeatability, operational simplicity, and manufacturing scalability. This individual will play a foundational role in defining how the company’s aircraft are launched, deployed, transported, and operated in real-world environments.
About Us
We are an early-stage aerospace and defense company developing advanced unmanned aircraft systems for government and commercial applications. Our engineering team operates in a fast-paced hardware environment focused on rapid iteration, scalable manufacturing, and mission-capable aerospace systems designed for operational deployment. Engineers work closely across aerospace, mechanical, avionics, manufacturing, and flight operations disciplines to bring complex systems from concept through field validation and production.
Job Duties
Own the end-to-end design and development of launch systems for fixed-wing unmanned aircraft platformsEvaluate and define launch architectures including pneumatic, hydraulic, rail, catapult, and bungee-assisted systemsLead system trade studies balancing portability, deployment speed, reliability, manufacturability, aircraft compatibility, and operational efficiencyDesign and develop mechanical structures, launch rails, actuation systems, energy storage systems, deployment hardware, and supporting ground infrastructureDevelop scalable launch solutions capable of supporting multiple aircraft configurations and future platform growthOptimize launcher systems for rapid deployment, repeatability, reliability, and reduced operator burdenSupport integration between launcher systems, aircraft mechanical interfaces, avionics, controls, and operational proceduresDevelop safety systems, operational procedures, interlocks, and field deployment workflowsPerform mechanical analysis related to structural loading, dynamic response, energy transfer, vibration, fatigue, and system durabilityCoordinate prototype fabrication, assembly, integration, and field testing activitiesSupport field operations, launcher testing, troubleshooting, and iterative hardware improvementsDrive design maturity from prototype hardware through scalable production-ready systemsWork closely with aerospace, manufacturing, avionics, flight test, and systems engineering teams to validate performance and operational readinessSupport supplier engagement, component selection, and manufacturing process developmentMentor junior engineers and provide technical leadership across launcher and mechanical system development effortsQualifications
10+ years of mechanical engineering experience supporting aerospace, defense, launch systems, or complex electromechanical hardwareStrong hands-on mechanical design experience involving structural systems, actuation mechanisms, dynamic systems, or high-force mechanical equipmentExperience owning hardware systems from concept development through prototype and operational validationFamiliarity with pneumatic, hydraulic, mechanical launch, or energy transfer systemsStrong understanding of mechanical integration, tolerance stack-up, manufacturability, and field reliabilityExperience supporting hardware testing, troubleshooting, and rapid engineering iterationProficiency with CAD and mechanical design toolsBachelor’s degree in Mechanical Engineering, Aerospace Engineering, or related technical disciplineComfortable working in hands-on development and field test environmentsStrong first-principles engineering and technical decision-making capabilityPreferred Experience
Direct experience with UAS launch systems or runway-independent aircraft operationsBackground supporting defense launcher systems or deployable aerospace hardwareExperience with rail launch, catapult systems, pneumatic launchers, or hydraulic actuation systemsFamiliarity with mobile, trailer-mounted, or expeditionary support systemsExperience supporting field operations, flight testing, or operational deployment environmentsExposure to structural dynamics, vibration environments, or high-cycle mechanical systemsExperience supporting rapid hardware development within startup or defense organizationsWhy Join Us
Opportunity to architect and own a foundational aerospace system from the ground upPrincipal-level technical ownership with direct influence on aircraft operational capabilityExposure to rapid aerospace development, field testing, and mission-driven hardware executionCollaborative engineering environment focused on real-world deployment and scalable manufacturingEarly-stage company with significant technical ownership and long-term growth opportunityCompensation Details
$155,000 - $195,000
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Mechanical Engineer - Space-Based Interceptor Systems
El Segundo, California | On-site
Opportunity Summary
A venture-backed aerospace and defense startup is developing next-generation space-based interceptor systems designed to address emerging national security threats. The team is building advanced flight hardware that combines propulsion, structures, controls, and integrated vehicle systems with a strong emphasis on rapid development, testing, and real-world performance. This role is focused on hands-on mechanical engineering execution across interceptor structures, packaging, prototyping, integration, and test support. The engineer will contribute directly to the development of space-based interceptor (SBI) platforms from early concepts through hardware demonstration and iterative testing. This is an execution-heavy role ideal for someone who enjoys working closely with hardware in a fast-moving engineering environment.
About Us
We are an early-stage aerospace and defense company developing advanced space-based interceptor technologies for national security applications. Our team includes engineers from aerospace, propulsion, autonomy, and defense backgrounds focused on building highly capable systems through rapid iteration and aggressive hardware development. We operate with a strong engineering-first culture where ownership, execution, and collaboration are critical.
Job Duties
Support the design and development of mechanical and structural systems for space-based interceptor platformsCreate CAD models, assemblies, manufacturing drawings, and integration layoutsAssist with vehicle packaging, mounting strategies, brackets, and subsystem integrationPerform structural and mechanical analysis to support hardware reliability and survivabilitySupport prototype builds, hardware integration, and assembly activitiesParticipate in testing, troubleshooting, and iterative hardware improvementsWork closely with propulsion, electrical, controls, and aerodynamic engineers during development activitiesAssist with material selection and manufacturing coordination for aerospace-grade hardwareInterface with machine shops, fabrication vendors, and suppliers to support hardware productionBuild development fixtures, test setups, and prototype hardware as neededContribute to hands-on machining, fabrication, and hardware modification effortsQualifications
B.S. in Mechanical Engineering, Aerospace Engineering, or a related technical field3+ years of hands-on mechanical engineering experienceStrong CAD experience with mechanical assemblies and integration workExperience supporting prototype development, hardware integration, or testingFamiliarity with structural analysis and mechanical design fundamentalsExperience working with aerospace-grade materials and manufacturing processesComfortable working directly with hardware in a fast-paced engineering environmentStrong communication and collaboration skills across technical teamsPreferred Experience
Experience supporting missiles, interceptors, UAVs, spacecraft, launch systems, or other aerospace hardware programsHands-on machining or fabrication experience using manual or CNC equipmentFamiliarity with vibration, thermal, or environmental testingExperience working with external vendors and prototype manufacturing partnersExposure to high-performance or high-temperature mechanical systemsExperience supporting rapid iteration hardware development programsWhy Join Us
High ownership role with direct impact on next-generation space-based interceptor hardwareOpportunity to work on advanced national security systems at the intersection of space and defenseFrequent hands-on testing, prototyping, and hardware iterationSmall engineering team with significant technical exposure and growth opportunityWork closely with experienced engineers across propulsion, structures, controls, and integrationCompensation Details
$110,000 - $150,000
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Head of Engineering - Flight Hardware and Propulsion Systems
Long Beach, California | On-site
Opportunity Summary
A venture-backed advanced manufacturing company is developing next-generation production technologies for aerospace, defense, and energy applications. The team is focused on building and delivering high-performance hardware with significantly reduced lead times, starting with large structural and propulsion-related systems for demanding environments. This role will lead engineering execution across flight hardware development, mechanical system design, qualification, and multidisciplinary product development efforts. The Head of Engineering will work closely with company leadership to drive technical direction, support customer hardware programs, and help scale engineering capabilities as the company grows. The position is highly hands-on and best suited for someone who has personally designed, analyzed, tested, and delivered complex aerospace hardware systems in fast-paced technical environments.
About Us
We are an early-stage engineering and manufacturing company focused on advanced aerospace hardware and production technologies. Our team brings experience from launch systems, propulsion, industrial automation, manufacturing, and high-performance engineering organizations. We operate in a collaborative environment that values technical depth, rapid iteration, practical execution, and delivering real hardware to customers.
Job Duties
Lead engineering development efforts across flight-critical and safety-critical aerospace hardware systemsOwn system-level engineering execution from concept development through testing, qualification, and production releaseDrive mechanical design activities involving structures, fluids, thermal systems, pressure-containing hardware, and integrated mechanical assembliesSupport development of propulsion-adjacent systems including tanks, fluid hardware, structural assemblies, and aerospace subsystemsOversee structural, thermal, and mechanical analysis activities to support hardware reliability and performanceTranslate customer and product requirements into manufacturable, testable, and certifiable engineering solutionsPartner closely with manufacturing, test, controls, materials, and operations teams throughout hardware development cyclesLead qualification and validation efforts including pressure testing, vibration testing, environmental testing, and root cause investigationsDrive rapid prototyping, hardware iteration, design refinement, and engineering problem-solving activitiesEstablish engineering standards, technical review processes, documentation practices, and execution workflowsMentor and lead engineers across multidisciplinary development programs while remaining directly involved in technical executionHelp scale the engineering organization and support long-term product and technology development effortsQualifications
8+ years of engineering experience within aerospace, propulsion, advanced hardware, or high-performance engineering environmentsDemonstrated ownership of flight-critical or safety-critical systems from design through qualification and deliveryStrong background in mechanical system design involving structures, fluids, thermal systems, propulsion hardware, or integrated aerospace systemsExperience serving as a responsible engineer or technical owner for complex hardware systems or subsystemsHands-on experience with hardware development, integration, testing, and troubleshootingStrong understanding of engineering fundamentals including stress analysis, materials, thermodynamics, and system integrationExperience leading engineering programs or technical teams in fast-paced startup or R&D-focused environmentsAbility to manage multiple technical efforts while balancing execution speed with engineering rigorStrong communication and cross-functional collaboration skillsU.S. Person status required due to the nature of the work and customer basePreferred Experience
Experience with propulsion systems, pressure vessels, propellant tanks, or fluid system hardwareBackground developing launch vehicle, spacecraft, aviation, or other aerospace structural systemsFamiliarity with qualification standards and aerospace testing environmentsExperience solving multidisciplinary engineering challenges involving structures, thermal systems, fluids, and materialsExposure to advanced manufacturing or vertically integrated aerospace hardware environmentsExperience mentoring engineers and building high-performing technical teamsFamiliarity with production-oriented hardware development and qualification workflowsWhy Join Us
Opportunity to lead development of highly complex aerospace hardware systems from concept through deliveryHigh-impact role with significant ownership across engineering execution, product development, and technical strategyWork alongside an experienced engineering team with backgrounds spanning aerospace, propulsion, manufacturing, and advanced technology developmentExposure to cutting-edge aerospace, defense, and energy applicationsEarly-stage environment with meaningful technical influence, leadership growth, and equity upsideFast-moving development environment focused on building and delivering real hardwareCompensation Details
$170,000 - $220,000
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Propulsion Engineer - Lead Integration of Piston Engine Systems for Fixed-Wing UAV Platforms
Fort Worth, Texas | On-site
Opportunity Summary
Join a growing aerospace and defense engineering team developing next-generation unmanned aircraft systems for government and commercial applications. This role will lead propulsion integration efforts across fixed-wing UAV platforms, with a primary focus on piston-powered aircraft systems designed for reliability, manufacturability, and operational performance. The position owns propulsion integration from early architecture and airframe compatibility through flight testing, production readiness, and operational support.
This is a highly hands-on engineering role focused on integrating internal combustion propulsion systems into scalable UAV platforms. The work includes engine installation, thermal and vibration management, cooling design, fuel systems, propeller integration, and coordination across structures, avionics, and flight test teams. The ideal candidate is comfortable operating across design, testing, troubleshooting, and rapid iteration environments where execution speed and system reliability are equally important.
About Us
We are a venture-backed aerospace company focused on developing scalable unmanned aircraft systems for demanding operational environments. The team specializes in fixed-wing aircraft designed for rapid deployment, manufacturability, and mission flexibility. Operating in a fast-paced development environment, the company emphasizes practical engineering, integrated testing, and building reliable hardware that can transition from prototype through production.
J
ob Duties
Lead integration of piston engine propulsion systems across fixed-wing UAV platformsOwn propulsion system layout including engine mounting, cooling airflow, exhaust routing, fuel systems, and propeller selectionConduct propulsion trade studies evaluating endurance, thermal performance, reliability, vibration, acoustic signature, and maintainabilityCoordinate propulsion integration with airframe, avionics, structures, electrical, and flight controls teamsSupport engine selection, installation standards, and integration philosophies across multiple aircraft configurationsDefine and execute propulsion ground testing and flight validation activitiesAnalyze propulsion-related issues tied to thermal management, vibration, performance, and operational reliabilitySupport flight test campaigns and drive corrective actions tied to propulsion anomalies or system failuresEnsure propulsion installations support manufacturability, maintainability, and scalable production requirementsWork closely with suppliers, manufacturing teams, and leadership on propulsion-related technical decisionsDevelop technical documentation, integration procedures, and configuration standardsMentor junior engineers and provide technical guidance during design reviews and integration effortsQualifications
5+ years of propulsion engineering experience within aerospace, aviation, or unmanned aircraft systemsDirect experience integrating piston engine propulsion systems on fixed-wing aircraft or UAV platformsStrong understanding of propulsion performance, cooling systems, vibration isolation, and structural integrationExperience supporting propulsion systems through development, testing, and flight operationsFamiliarity with propeller systems, fuel systems, engine controls, and aircraft integration constraintsAbility to troubleshoot propulsion-related performance and reliability issues in test or operational environmentsBachelor’s degree in Aerospace Engineering, Mechanical Engineering, or related technical fieldComfortable working in fast-paced prototype and production environmentsAbility to travel to test sites, manufacturing facilities, and flight operations locations as neededPreferred Experience
Experience with heavy-fuel or hybrid propulsion architectures for UAV applicationsFamiliarity with FAA, military, or internal airworthiness standardsExperience supporting flight test campaigns and rapid hardware iteration programsKnowledge of thermal analysis, vibration analysis, or propulsion-related FEA toolsExposure to electrical power generation systems tied to piston-powered aircraftMaster’s degree in Aerospace Engineering, Mechanical Engineering, or related fieldWhy Join Us
High ownership role with direct influence on aircraft performance and system architectureOpportunity to work on operational fixed-wing UAV platforms from prototype through productionExposure to flight testing, rapid iteration, and cross-functional aircraft developmentSmall, highly technical team environment with significant growth potentialAbility to contribute directly to next-generation aerospace and defense systemsCompensation Details
$120,000 - $180,000
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Senior Electrical Engineer - Lead High-Speed Hardware Design and Product Architecture
Gardena, CA | On-site
Opportunity Summary
Join a venture-backed hardware startup developing next-generation systems that combine advanced packaging, high-speed electronics, and precision components for demanding applications. This role will lead electrical development across a complex product platform, with full ownership over system architecture, board design, and validation from early concept through production. As a senior engineer on a small, high-performing team, you will drive key technical decisions that directly impact product performance, manufacturability, and scalability. The position is highly hands-on, spanning schematic design, signal integrity, bring-up, and production readiness, while collaborating closely with cross-functional teams across firmware, mechanical, and manufacturing.
About Us
We are an early-stage engineering team focused on building high-performance hardware systems at scale. The company operates at the intersection of advanced electronics, packaging, and manufacturing, with an emphasis on delivering reliable, production-ready products in technically demanding environments. Backed by strong funding and led by experienced operators, the team is focused on rapid development and execution.
Job Duties
Lead architecture and design of complex multilayer PCB systems, including power distribution, high-speed interfaces, control circuitry, and debug accessDefine electrical system trade-offs across performance, signal integrity, thermal constraints, manufacturability, and testabilityOwn signal and power integrity strategy, including simulation, analysis, and margin closure prior to fabricationDrive board bring-up, validation, and system-level debugging, establishing repeatable processes for productionDevelop evaluation platforms for new components, defining test infrastructure to characterize and qualify devicesEstablish electrical validation plans and compliance strategies for high-speed interfaces and critical subsystemsBuild automated test and programming infrastructure in partnership with firmware and manufacturing teamsCollaborate with manufacturing to ensure robust DFM and DFT practices, optimizing for yield and serviceabilityAnalyze production data and field failures to identify root causes and implement corrective actionsContribute to internal standards for design, documentation, and engineering reviewsQualifications
Bachelor’s degree in Electrical Engineering or related field6+ years of experience designing high-speed hardware systems through full product lifecycleStrong experience with schematic capture and multilayer PCB design using tools such as Altium or similarDeep understanding of signal integrity, power integrity, and high-speed interfaces such as SerDes, PCIe, Ethernet, or DDRHands-on lab experience with oscilloscopes, VNAs, TDR, BERTs, and advanced debugging techniquesProven experience leading board bring-up and resolving system-level hardware issuesExperience working closely with manufacturing teams on production readiness, including DFM and DFTComfortable operating in a fast-paced environment with evolving prioritiesPreferred Experience
Background in high-performance hardware, optics, photonics, semiconductors, or compute systemsExperience building automated electrical test systems for production or validation environmentsFamiliarity with firmware programming and debug workflows such as JTAG, SWD, or ISPExperience mentoring engineers or leading hardware development effortsScripting experience for automation or data analysis using Python, MATLAB, or similar toolsExperience with SI/PI simulation tools such as HFSS, SIwave, or HyperLynxExposure to advanced PCB technologies including rigid-flex, HDI, or RF designKnowledge of EMC and EMI design practices and compliance testingFamiliarity with configuration management systems and engineering change processesWhy Join Us
High ownership role with direct impact on product and technical directionOpportunity to work on complex hardware challenges from concept through productionClose collaboration with a small, experienced engineering teamEquity participation and performance-based incentivesExposure to both product development and manufacturing scale-upCompensation Details
$170,000 - $210,000
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